DRY MIXTURES

691.53 – 001.891.57

[:ru]Белов В. В.[:en]Belov, V. V.[:] [:ru]д. т. н., проф., проректор по инновационному развитию ФГБОУ ВО «Тверской государственный технический университет», заведующий кафедрой производства строительных изделий и конструкций, Тверь, Россия[:en]Dr. Eng. Sc., professor, vice-rector of Tver State Technical University, Head of the Department of Building Products and Structures Manufacturing, Tver, Russia[:]

[:ru]Образцов И. В.[:en]Obraztsov, I. V.[:] [:ru]к. т. н., инженер Центра электронных образовательных ресурсов ФГБОУ ВО «Тверской государственный технический университет», Тверь, Россия[:en]Cand. Eng. Sc., engineer, Tver State Technical University, Tver, Russia[:]

Alitinform №4 (57) 2019 г. 54-60 p.

Abstract

The prerequisites for the development of a scientific methodology for controlling the structure and properties of the corresponding materials, based on the concepts of capillary structure formation in dispersed raw material mixtures of non-fired building composites, including the macro and micro levels, based on the laws of formation of polydisperse structures under the balance of interparticle forces in three-phase dispersed systems, are considered.

Computer simulation and 3D reconstruction of capillary structures in three-phase raw materials mixtures of non-fired building composites and the developed software help to substantiate the scientific and methodological approach to obtaining composites with a polydisperse optimal structure.

Key words:

autohesion, capillary forces, disperse systems, capillary structure formation, raw mixes of building materials